CVPR-tutorial-final.pdf

在图与网络论中，求最短路径的Dijkstra算法（M-函数）(In figure and network theory, the shortest path Dijkstra　algorithm　（M－function）)

介绍matlab神经网络工具箱的命令,是使用神经网络人员的经典手册(Introduction matlab neural network toolbox of command, is to use the classic neural network personnel handbook)

说明：  处理SEM图像的通用程序，包括读图、二值化、滤波、边界提取(A general program dealing with the general program the image of SEM, including Picture stories, binarization, filtering, boundary extraction)

自适应滤波算法中的LMS算法，用于语音通信中的噪声抵消。(Adaptive filtering algorithm in the LMS algorithm for voice communications in noise canceling.)

用matlab编写的五点差分法离散雷诺方程用SOR(超松弛迭代法)求解压力分布的源程序(thrust lubtication wiht matlab)

EMD和VMD的MATLAB程序，此程序已经添加了注释和说明，方便您的使用。(EMD u548CVMD u7684MATD u7A0B u5E8F uFF0C u7A0B u5E8F u5DF2 u7ECF u6DFB u52A0 u4E86 u6CE8 u91CA u548C u8BF4 u660E uFF0C u65B9 u4FBF u60A8 u7684 u4F7F U7528)

IMAQPLOT is a simple demonstration of previewing video data using the toolbox s TimerFcn callback. IMAQPLOT also allows users to integrate the video preview into any MATLAB GUI. These are capabilities that are present in the toolbox s PREVIEW command, but are presented here as a demonstration of TimerFcn callback. Using toolbox callback properties, you can configure a video input object to generate a live image plot display. Do you want a basic preview window created for you? Simply call: obj = videoinput( matrox , 1) obj.TimerFcn = @imaqplot obj.TimerPeriod = 0.1 obj.FramesPerTrigger = Inf start(obj) Do you want to add a preview window to an existing GUI? Simply provide IMAQPLOT a handle to an image object and it will update it for you: obj = videoinput( dt , 1) obj.TimerFcn = {@imaqplot, hImage} obj.TimerPeriod = 0.1 obj.FramesPerTrigger = Inf start(obj)

支持向量机matlab工具箱（含资料及gui模式）用于分类和回归预测(SVM matlab toolbox (including information and gui mode) for classification and regression)

利用matlab写成的窄带噪声发生，本科毕设要求参见标准测试模型，信号维数的估计。( Using matlab written narrowband noise occurs, Undergraduate complete set requirements refer to the standard test models, Signal dimension estimates.)

说明：  用计算机模拟四步相移的数字全息图，并取得他的包裹相位(Computer simulation of the four-step phase shifting digital hologram, and made him the wrapped phase)